Design and Implementation of CAN Bus Real-time Monitor Based on Cigarette Set Based on Computer-aided Technology

Abstract

This paper introduces the connection mode of CAN bus on PR0T0S70 coiling unit based on computer-aided technology. Data transmission and reception are accomplished by CAN bus communication, and centralized processing and decentralized control are realized. In this paper, CAN bus technology is used to realize distributed control of cigarette machine equipment. The actual operation effect is stable and reliable. This paper expounds the necessity of the design of the monitor based on computer-aided technology. With PCI-9810 (non-intelligent single-channel CAN card) as the hardware interface, this paper develops a real-time CAN bus monitor based on DSP.

Improving Seaport Wharf Maintenance and Safety with Structural Health Monitoring System in High Salt and Humidity Environments

“…However, in practical applications, the optical fiber temperature sensor based on intensity modulation is significantly affected by changes in light source power and line loss, resulting in poor longterm measurement stability. The optical fiber temperature sensor based on Fiber Bragg Grating (FBG) technology adopts wavelength coding technology in order to eliminate the influence of light source power waves on system loss, so it is suitable for long-term monitoring of structures [20][21][22][23]. Fiber Bragg grating sensors are embedded in largescale civil structures for time-resolved and mass detection of internal strains and other parameters.…”